Civil engineering professor Dan M. Frangopol, the Fazlur R. Khan Endowed Chair of Structural Engineering and Architecture, has received the following recognitions:
The building blocks of artificial intelligence—computing power, data, and mathematical models—have been around for decades. But only recently have they been employed at a level of sophistication and on a large enough scale to weave machine learning into our everyday lives.
Natasha Vermaak, an associate professor of mechanical engineering and mechanics, is the founding chair of a new Technical Committee for the Design of Engineering Materials (DEM TC) within the American Society of Mechanical Engineers (ASME).
Anand Jagota, professor and founding chair of Lehigh University’s bioengineering department, has arrived at a milestone in his 15 years of researching friction and adhesion—one that could lead to innovations in tires, robotics, and biomaterials down the road.
It’s often the first thing we notice about a vehicle, and it reveals a lot: how new (or not) the vehicle is, how it’s been cared for, where it’s been driven.
“Consumers are extremely picky regarding the quality of the paint job on any car they purchase, new or old, and the 10- to 20-year appearance of a car depends on 10 to 20 critical minutes of application and drying,” says James Gilchrist, a professor of chemical and biomolecular engineering at Lehigh University’s P.C. Rossin College of Engineering and Applied Science.
For the second time in his distinguished career, Arup K. SenGupta, P.C. Rossin Professor in the Department of Civil and Environmental Engineering and the Department of Chemical Engineering, has received a grant through the Fulbright Scholar Program to conduct research in India.
Why do certain proteins in the body bind with some substances, but not with others?
The answer could be the difference between a drug working or not. The answer, however, is elusive by virtue of the sheer scope of mutations that make proteins vary between each other, and between individuals.
It’s nice when you aim for a goal, and in the process of achieving it, nail another unexpected but significant target.
“We were just trying to generate a catalyst that would more efficiently make the product we desired,” says Christopher Kiely, the Harold B. Chambers Senior Professor of Materials Science and Engineering at Lehigh University’s P.C. Rossin College of Engineering and Applied Science. “Using less precious metal in the final catalyst material was a fortunate and unanticipated outcome.”
For solar cells to be widely used in the coming decades researchers must resolve two major challenges: increasing efficiency and lowering toxicity.
Solar energy works through a process that converts light into energy called the photovoltaic effect. Certain light sensitive materials when packaged together in a “cell” have the ability to convert energy from light into electricity.
